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[official] PCC: TIP 2024-Hierarchical Prior-based Super Resolution for Point Cloud Geometry Compression; VCIP 2022-Near-lossless Point Cloud Geometry Compression Based on Adaptive Residual Compensation; ...
open the generated visual studio solution and build it
Running
This TMC13 codec implementation encodes frame sequences. A single binary
contains the encoder and decoder implementation, with selection using
the --mode option. Documentation of options is provided via the
--help command line option.
Runtime configuration and configuration files
All command line parameters may be specified in a configuration file.
A set of configuration file templates compliant with the current Common
Test Conditions is provided in the cfg/ directory.
Example
To generate the configuration files, run the gen-cfg.sh script:
mpeg-pcc-tmc13/cfg$ ../scripts/gen-cfg.sh --all
An example script (scripts/Makefile.tmc13-step) demonstrates how
to launch the encoder, decoder and metric software for a single
input frame. The VERBOSE=1 make variable shows the detailed command
execution sequence. Further documentation of the parameters are
contained within the script.
The following example encodes and decodes frame 0100 of the sequence
Ford_01_q_1mm, making use of the configuration file
cfg/lossy-geom-no-attrs/ford_01_q1mm/r01/encoder.cfg and storing
the intermediate results in the output directory
experiment/lossy-geom-no-attrs/ford_01_q1mm/r01/.
[official] PCC: TIP 2024-Hierarchical Prior-based Super Resolution for Point Cloud Geometry Compression; VCIP 2022-Near-lossless Point Cloud Geometry Compression Based on Adaptive Residual Compensation; ...